Digital image processing (Gonzalez) the boundary chain code book, realize that t...

二维傅里叶变换、离散余弦变换和小波变换的Matlab实现.-Two-dimensional Fourier transform, discrete cosine transform and wavelet transform of the Matlab implementation.

我常用的图象处理工具。就一个.h文件所以用起来很简明。-frequently used image-processing tools. On the one. H Therefore, the use of paper up quite succinctly.

图形图像处理中f-x滤波MATLAB源码程序处理包。能有效去除多种干扰波，应用广泛。-Graphic image processing procedures fx filter MATLAB source package. Can effectively remove a variety of interference wave, wide range of applications.

OTSU算法是一个可以稳定获取图像分割阈值的好方法，本人根据其思想，编译了一个函数，可以方便您的调用，自适应的获取图像的阈值，-OTSU algorithm is a segmentation threshold can be stabilized to obtain the value of a good way, in accordance with their thoughts, to compile a function, you can easily call adaptive image acquisition threshold,

图像处理。。 histogram equalization-image processing. . Histogram equalization

C语言求任意多边形面积-C language for arbitrary polygon area

计算机中表示图形、以及利用计算机进行图形的计算、处理和显示的相关原理与算法，构成了计算机图形学的主要研究内容-Said computer graphics, and the use of computer graphics calculations, processing and display the relevant principles and algorithms, constitute the main research content of computer graphics

这个是表情识别程序的源代码，连上摄像头之后通过视频进行表情识别。

利用聚类算法分割图像，将维对分法只可将图像分为2部分，可以作为二值化的代码,K-均值法可将图像分为任意多部分。程序直接采用R、G、B三色作为特征参数，聚类中心为随机值，当然也可以采用其他参数，程序编译为EXE文件后速度还可以接受，但尚有改进的余地，那位高手有空修改的话，请给我也发份代码。-clustering algorithm using image segmentation, Victoria right method can only image is divided into two parts, the two values can be used as the source, K-means algorithm can be divided into images of arbitrary multi-part. Procedures used directly in R, G, B color as the characteristic parameters for the cluster center random value, of course, can also be used for other parameters, procedures EXE compiler to speed document acceptable, but there is still room for improvement, but the master of the time change, then please give me also made in the code.

自己编写的菜单小程序，水平有限．交流第一．多多指正．-own small menu prepared by the procedure is limited. The first exchange. Lot correction.